Alexandr A.Shpilman ( alexandrshpilman78@gmail.com )
Measurement of Concentration DSS Elements in Running Wave
(project)
The
method used in "Observation
of an "Axion (Spin) Field" in Biharmonic Optical Radiation"
can be tried to use for measurement of concentration of
DSS elements in a running
wave
The device consists of (see Fig.1) the source
of short-wave light L1, the source
of long-wave light L2, the coil of
optical fiber F, the translucent mirror M and the photo detector P.
Work of the device
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The light
sources L1 and L2 create a counter stream of light in the coil of
optical fiber F. The light sources L1 and L2 have length
of a wave differing from 0.1% to 10%, therefore there is a running standing
wave in the coil of optical fiber F. It is necessary to expect changing
of the spectrum and the intensity of the light stream, which is reflected by
the translucent mirror M aside the photo detector P. This is
possible because of the interaction of "axion field" with the light
at the coincidence of the speed of a running wave with the speed of "axion
field" distributed in the coil of optical fiber F
This device
will register "axion field" from external sources along with its own
"axion field" induced by the running standing light wave in the coil
of optical fiber F. The value of its own induced "axion field"
will depend on concentration of DSS elements in an optical fiber.
Therefore, the given design can be used also for measurement of concentration
of DSS
elements.